Abstract
The cosmic microwave background provides an image of the Universe 0.4 million years after the Big Bang, when atomic hydrogen formed out of free electrons and protons. One of the primary goals of observational cosmology is to obtain follow-up images of the Universe during the epoch of reionization, hundreds of millions of years later, when cosmic hydrogen was ionized once again by the UV photons emitted from the first galaxies. To achieve this goal, new observatories are being constructed, including low-frequency radio arrays capable of mapping cosmic hydrogen through its redshifted 21 cm emission, as well as imagers of the first galaxies such as the James Webb Space Telescope (JWST) and large aperture ground-based telescopes. The construction of these observatories is being motivated by a rapidly growing body of theoretical work. Numerical simulations of reionization are starting to achieve the dynamical range required to resolve galactic sources across the scale of hundreds of comoving Mpc, larger than the biggest ionized regions.
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References
Abel T, Bryan, G L, Norman M L (2002) Science 295,93
Allison A C, Dalgarno A (1969) ApJ 158, 423
Angulo R, Baugh C M, Frenk C S, Lacey C G (2007) ArXiv Astrophysics e-prints, arXiv:astro-ph/0702543
Arons J, Wingert D W (1972) ApJ 177, 1
Barkana R, Loeb A (2004a) ApJ 601, 64
Barkana R, Loeb A (2004b) ApJ 609, 474
Barkana R, Loeb A (2005a) ApJL 624, L65
Barkana R, Loeb A (2005b) ApJ 626, 1
Barkana R, Loeb A (2005c) MNRAS 363, L36
Bennett C L et al. (1996) ApJL 464, L1
Bertschinger E (2006) Phys Rev D74, 063509
Bharadwaj S and Ali S S (2004) MNRAS 352, 142
Blake C, Glazebrook K (2003) ApJ 594, 665
Bouwens R J, Illingworth G D, Blakeslee J P, Franx M (2006) ApJ 653, 53
Bouwens R J, Illingworth G D (2006) Nature 443, 189
Bouwens R J, Illingworth G D, Franx M, Ford H (2007) ArXiv e-prints, 707, arXiv:0707.2080
Bowman J D, Morales M F and Hewitt J N (2006) ApJ 638, 20
Bromm V, Kudritzki R P, Loeb A (2001) ApJ 552, 464
Bromm V, Larson R B (2004) Ann Rev Astron & Astrophys 42, 79
Bromm V, Loeb A (2003a) Nature 425, 812
Bromm V, Loeb A (2003b) ApJ 596, 34
Bromm V, Loeb A (2004) New Astronomy 9, 353
Ciardi B, Ferrara A, White S D M (2003) MNRAS 344 L7
Cole S, et al. (2005) 362, 505
Cuby J-G, Hibon P, Lidman C, Le Fèvre O, Gilmozzi R, Moorwood A, van der Werf P (2007) A & A 461, 911
Ciardi B, Ferrara A, White S D M (2003) MNRAS 344, L7
Di Matteo T, Perna R, Abel T, Rees M J (2002) ApJ 564, 576
Dijkstra M, Haiman Z, Spaans M (2006) ApJ 649, 14
Dijkstra M, Lidz A, Wyithe J S B (2007) MNRAS 377, 1175
Diemand J, Moore B, Stadel J (2005) Nature 433, 389 (2 005)
Dow-Hygelund C C, et al. (2007) ApJ 660, 47
Eisenstein D, et al. (2005) ApJ 633, 560
Ellis R S (2007) ArXiv Astrophysics e-prints, arXiv:astro-ph/0701024
Fan X, et al (2002) AJ, 123, 1247
Fan X, et al (2003) AJ 125, 1649
Fan X, et al. (2005) AJ 132, 117
Fan X, Carilli C L, Keating B (2006) Ann Rev Astron & Astrophys 44, 415
Field G B (1958) Proc IRE 46, 240
Field G B (1959) ApJ 129, 551
Frebel A, Johnson J L, Bromm V (2007) MNRAS 380, L40
Furlanetto S R, Loeb A (2004) ApJ 611, 642
Furlanetto S R, Oh S P, Briggs F H (2006) Phys Rep 433, 181
Furlanetto S R, Zaldarriaga M and Hernquist L (2004) ApJ 613 1
Fukugita M, Kawasaki M (1994), MNRAS 269, 563
Furlanetto S R, Loeb A (2003) ApJ 588, 18
Gehrels N, et al. (2004) ApJ 611, 1005
Glazebrook K, Blake C (2005) ApJ 631, 1
Haiman Z, Loeb A (1997) ApJ 483, 21
Haiman Z, Spaans M (1999) ApJ 518, 138
Haislip J, et al. (2006) Nature 440, 181
Heger A, Fryer C L, Woosley S E, Langer N, Hartmann D H (2003) ApJ 591, 288
Hirata C M (2006) MNRAS 367, 259
Hogan C J, Rees M J (1979) MNRAS 188, 791
Horton A, Parry I, Bland-Hawthorn J, Cianci S, King D, McMahon R, Medlen S (2004) Proc SPIE 5492, 1022
Hu W, Haiman Z (2003) Phys Rev D68, 063004
Iliev I T, Shapiro, P R, Mellema G, Pen U-L, McDonald P, Bond J R (2007) ArXiv e-prints, 708, arXiv:0708.3846
Iye M, et al. (2006) Nature 443, 186
Kaiser N (1984) ApJL 284, 9
Kaiser N (1987) MNRAS 227, 1
Kamionkowski M, Spergel D N, Sugiyama N (1994), ApJL 426, 57
Kashikawa N, et al. (2006) ApJ 648, 7
Lamb D Q, Reichart D E (2000) ApJ 536, 1
Lewis A, Challinor A (2007), ArXiv Astrophysics e-prints, arXiv:astro-ph/0702600
Lidz A, Oh S P, Furlanetto S R (2006), ApJL 639, 47
Loeb A (2006), “First Light”, extensive review for the SAAS-Fee 2006 Winter School, ArXiv Astrophysics e-prints, arXiv:astro-ph/0603360
Loeb A, Rasio F A (1994) ApJ 432, 52
Loeb A, Rybicki G B (1999) ApJ 524, 527
Loeb A, Zaldarriaga M (2004) Phys Rev Lett 92, 211301
Loeb A, Zaldarriaga M (2005) Phys Rev D71, 103520
Madau P, Meiksin A, Rees M J (1997) ApJ 475,429
Malhotra S, Rhoads J E (2002) ApJL 565, L71
Malhotra S, Rhoads J E (2004) ApJL 617, L5
Mellema G, Iliev I T, Pen U-L, Shapiro P R (2006) MNRAS 372, 679
Mesinger A, Haiman Z (2004) ApJL 611, 69
Mesinger A, Furlanetto S (2007) ArXiv e-prints, 708, arXiv:0708.0006
McQuinn M, Zahn O, Zaldarriaga M, Hernquist L, Furlanetto S R (2006) ApJ 653, 815
McQuinn M, Lidz A, Zahn O, Dutta S, Hernquist L, Zaldarriaga M (2007a) MNRAS 377, 1043
McQuinn M, Hernquist L, Zaldarriaga M, Dutta S (2007b) MNRAS 381, 75
McQuinn M, Lidz A, Zaldarriaga M, Hernquist L, Dutta S (2007c) ArXiv e-prints, 710, arXiv:0710.1018
Naoz S and Barkana R (2005) MNRAS 362, 1047
Oh S P (2001) ApJ 553, 499
Pritchard J R, Furlanetto S R (2006) MNRAS 367, 1057
Pritchard J R, Furlanetto S R (2007) MNRAS 376, 1680
Prochaska J X, et al. (2007a) ApJS 168, 231
Prochaska, J X, Chen H-W, Dessauges-Zavadsky M, Bloom J S (2007b) ApJ 666, 267
Purcell E M and Field G B (1956) ApJ 124, 542
Rybicki G B, Loeb A (1999) ApJL 520, L79
Schneider R, Omukai K, Inoue A K, Ferrara A (2006) MNRAS 369, 1437
Scott D, Rees M J (1990) MNRAS 247, 510
Seo H-J, Eisenstein D J (2003) ApJ 598, 720
Seo H-J, Eisenstein, D J (2005) ApJ 633, 575; 665, 14
Shapiro P R, Giroux M L (1987) ApJL, 321, 107
Shapiro P R, Giroux M L, Babul A (1994) ApJ 427, 25
Spergel D N, et al. (2006) ApJS 170, 377
Stark D P, Ellis R S, Richard J, Kneib J-P, Smith G P, Santos M R (2007) ApJ 663, 10
Stark, D P, Loeb A, Ellis R S (2007) ApJ 668, 627
Taniguchi Y, et al. (2005) PASJ 57, 165
Tegmark M et al. (1997) ApJ 474, 1
Totani T, Kawai N, Kosugi G, Aoki K, Yamada T, Iye M, Ohta K, Hattori T (2006) PASJ 58, 485
Trac H, Cen R (2006) ArXiv Astrophysics e-prints, arXiv:astro-ph/0612406
Tumlinson J, Shull J M (2000) ApJL 528, 65
Wouthuysen S A (1952) AJ 57, 31
White R L, Becker R H, Fan X, Strauss M A (2003) AJ 126, 1
Willis J P, Courbin F, Kneib J-P, Minniti D (2006) New Astronomy Review 50, 70
Willis J P, Courbin F, Kneib J P, Minniti D (2007) ArXiv e-prints, 709, arXiv:0709.1761
Wyithe J S B, Loeb A (2004a) Nature 427, 815
Wyithe J S B, Loeb A (2004b) Nature 432, 194
Wyithe J S B, Loeb A, Barnes D G (2005) ApJ 634, 715
Wyithe J S B, Loeb A (2007a) MNRAS 375, 1034
Wyithe J S B, Loeb A (2007b) ArXiv e-prints, 708, arXiv:0708.3392
Wyithe J S B, Loeb A, Schmidt B (2007a) ArXiv e-prints, 705, arXiv:0705.1825
Wyithe J S B, Loeb A, Geil P (2007b) ArXiv e-prints, 709, arXiv:0709.2955
Zahn O, Lidz A, McQuinn M, Dutta S, Hernquist L, Zaldarriaga M, Furlanetto S R (2006) ApJ 654, 12
Zhang W, Woosley S, MacFadyen A I (2003) ApJ 586, 356
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Loeb, A. (2009). The Frontier of Reionization: Theory and Forthcoming Observations. In: Thronson, H.A., Stiavelli, M., Tielens, A. (eds) Astrophysics in the Next Decade. Astrophysics and Space Science Proceedings. Springer, Dordrecht. https://doi.org/10.1007/978-1-4020-9457-6_18
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